Integration part of tests of grid chl

[occt.git] / tests / bugs / moddata / bug9_2

puts "TODO OCC12345 ALL: Faulty OCC9"

puts "================"
puts "OCC9"
puts "================"
puts ""

pload QAcommands
restore [locate_data_file OCC9-path.draw] d 
############### checkshape d # is not a topological shape
restore [locate_data_file OCC9-cur1.draw] b
############### checkshape b # is not a topological shape
restore [locate_data_file OCC9-cur2.draw] c
############### checkshape c # is not a topological shape

## compute radius
cvalue b 0 x y z
cvalue b 0 P0
vertex V [dval x] [dval y] [dval z]

mkedge E d
distmini dm V E

## make pipe
set tolerance 0.0001
OCC9 res d b c [dval dm_val] ${tolerance}

## check parametrization

# puts "Path 0: [dval x] [dval y] [dval z]"

# cvalue b 1 x y z
# cvalue b 1 P1
# puts "Path 1: [dval x] [dval y] [dval z]"

# svalue res 0 0 x y z
# svalue res 0 0 S0
# puts "Surf 0 0: [dval x] [dval y] [dval z]"

# svalue res 0 1 x y z
# svalue res 0 1 S1
# puts "Surf 0 1: [dval x] [dval y] [dval z]"

set n 1
set sum 0
for {set i -470} {$i < 240} {incr i 25} {
#     cvalue d $i "P$n"
#     svalue res 0 $i "S$n"
#     puts "donly res P$n S$n"
    incr n
    # puts "n = $n i = $i"
    
    ####cvalue d $i x y z
    cvalue b $i x y z
    svalue res 0 $i xs ys zs
    set dist [expr sqrt (\
	    ( [dval x ] - [dval xs ] ) * ( [dval x ] - [dval xs ] )\
	    + ( [dval y ] - [dval ys ] ) * ( [dval y ] - [dval ys ] )\
	    + ( [dval z ] - [dval zs ] ) * ( [dval z ] - [dval zs ] )\
	    ) ]
    set sum [expr $sum + $dist ]
    puts "1-st Dist at $i : $dist"

    ####cvalue d $i x y z
    cvalue c $i x y z
    ####svalue res 0 $i xs ys zs
    svalue res 1 $i xs ys zs
    set dist [expr sqrt (\
	    ( [dval x ] - [dval xs ] ) * ( [dval x ] - [dval xs ] )\
	    + ( [dval y ] - [dval ys ] ) * ( [dval y ] - [dval ys ] )\
	    + ( [dval z ] - [dval zs ] ) * ( [dval z ] - [dval zs ] )\
	    ) ]
    set sum [expr $sum + $dist ]
    puts "2-nd Dist at $i : $dist"

}
####puts "\n Avg dist on $n intervals: [expr $sum / $n ]"
set Avg_dist [expr $sum / (2 * $n) ]
puts "\n Avg dist on $n intervals: ${Avg_dist}"

set check_dist ${tolerance}
puts "\n check_dist = ${check_dist}"
if { ${Avg_dist} > ${check_dist} } {
    puts "\n Faulty OCC9"
} else {
    puts "\n OCC9: OK"
}

set 2dviewer 0